A Single-Molecule-Based Organic Porous Material with Great Potential for Efficient Ammonia Storage Researchers develop a crystalline solid that could function as a hydrogen carrier by adsorbing and releasing ammonia

Novel porous crystalline solid shows promise as an efficient and durable material for ammonia (NH3) capture and storage, report scientists at Tokyo Tech. Made through a simple reprecipitation process, the proposed organic compound can reversibly adsorb and release NH3 via simple pressurization and decompression at room temperature. Its stability and cost-effectiveness make this material a promising energy carrier for future hydrogen economies.

All around the world, scientists are striving...